Summary | Longitudinal Rebar Generation Rule according to Draw Point |
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Related Function | Model > Component > Rebar > Rebar (Draw) |
Type | FAQ |
Q. Longitudinal Rebar를 Array하면 철근이 의도와 다르게 Array됩니다.
A. Longitudinal Rebar의 Spacing type과 Longitudinal Rebar Option 설정에 따라 다양한 배열 규칙을 정의할 수 있습니다.
Through the Longitudinal Rebar function, you can easily create longitudinal rebars that are arranged depending on the Transverse Rebar.
To help you understand the content Rebar Array Group Creation Rule according to Transverse Rebar Draw Point It is recommended to view the document together. [1]
LThe creation of a Longitudinal Rebar is the opposite of a Transverse Rebar.
In the transverse rebar, one rebar is drawn on the plane and then arranged along the path to create an Array group, whereas
For Longitudinal Rebar, Array Group is created by first arranging point bars by adjusting the spacing on the plane, and then creating rebars connecting the points drawn on each transverse rebar according to the spacing type
There are two Array options of Longitudinal Rebar.[2]
For Longitudinal Rebar, the result of Array varies according to the Spacing type, and the contents are as shown in the example below.
Array result of the model arranged as shown in the figure is as follows.
 | Spacing type : Spacing (Adjustable, Limit Max., Pattern) - 0.2m Draw reinforcing bars by connecting the points that are created one every 0.2m between the 2Point areas of each Transverse Rebar. (Due to the extension of the transverse rebar, 0.2m interval of Longitudinal Rebar is added one by one.) The shape may vary depending on the setting value. |
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 | Spacing type : By Number - 10 Draw reinforcing bars by connecting each Transverse Rebar to 10 equal points. |
 | Spacing type : User Defined - 9@0.2 Rebar is drawn by connecting 9 points created at intervals of 0.2m from the first point of each transverse rebar. (Only as many reinforcing bars as the entered number are created at the entered interval.) |
The Follow Path method is highly intuitive and can be easily recognized by users, but the Follow Transverse method changes the shape of the array depending on the point used for the first time.
The operation should proceed through the initial setup based on the correct understanding[2]
In case of Array of the arranged Longitudinal Rebar, the same rule as the principle that the Array follows the Ratio on the Edge in the Transverse Rebar is applied to determine the shape.
This is because when the Transverse Rebar is viewed as one edge, there are 2 Points on it.
Let's take a look at the Array example below.
Case 1. Follow Transverse after sequential arrangement without considering Rebar Shape (2Point)
Figure. 1 Longitudinal Rebar drawn in the direction of the user's work
Figure. 2 Array result with Follow Transverse Option selected
Figure.1 shows the arrangement of reinforcing bars according to the diameter change while taking the correct position from top to bottom with 2 points.
It would be similar to CAD's reinforcement work, but in CIM, 2Point is the information base of reinforcing bars, so it is not an appropriate method to implement a 3D model.
You can see that the 2Point moves along the ratio of the shape of the transverse rebar and becomes a reinforcement.
Case 2. Select appropriate 2Point and Array option
Figure. 3 Longitudinal Rebar drawn by selecting the First Point as the center of the Transverse Rebar
Figure. 4 GArray result selected as Follow Path only for Group B reinforcing bars
Figure. Looking at 3, you can see that the First Point of all Longitudinal Rebar 2Points is the same as the center point.
This is to make the path of the Longitudinal Rebar to be created when the Array option is set to Follow Transverse as a straight line connecting the center.
In this way, if you fully understand the information rules that determine the shape of the Longitudinal Rebar and then proceed with the work, you will be able to model the rebar corresponding to the shape you want in various cases.